Proof

Public Work and Technical Proof

A public map of the work that can be referenced safely: professional context, established LMD/DED work, public frameworks, tools, research maps, GitHub artifacts, and profile links.

Public category

Industrial AI & Decision Systems

Primary promise

AI for Laser Metal Deposition decisions you can verify.

Established proof

AI for LMD/DED at Exafuse

Boundary

Public-safe technical material only

Established work

Current professional context and LMD/DED proof

The public proof layer is specific: AI for Laser Metal Deposition and Directed Energy Deposition at Exafuse.

Established work

Process monitoring

Public work around monitoring signals, anomaly review, and inspection-aware evidence boundaries.

Established work

Machine vision

Vision and signal interpretation for LMD/DED process understanding.

Established work

Robotic workflows

Public profile context around robotic DED/LMD systems and toolpath workflows.

Established work

Industrial repair

Repairability screening, RFQ structure, cladding, machining allowance, and inspection planning.

Established work

RFQ intelligence

Schemas, prompts, decision rules, and missing-information checks for LMD requests.

Public proof items

Company-owned cases used as industrial context

These items link to Exafuse for canonical case or service context. Manish Sharma Lab uses them only to explain monitoring, repairability, evidence, RFQ, and decision-system relevance.

CS15

Duisburg Bridge Components

Public Exafuse proof context

Migration-gated link

750 kg+ components6 structural nodes219 h single-node buildapprox. 38 km robot path1M+ melt-pool imagesKIT validation context

Large structural LMD is a CAD-to-production system problem: manufacturability review, path planning, parameter development, monitoring, independent validation, and final inspection.

This is the strongest public anchor for AI-assisted process understanding without replacing inspection evidence.

Decision pattern extracted

Large-scale LMD requires evidence planning, monitoring context, and an inspection boundary.

This is a pattern, not a transfer of feasibility.

monitoring relevancedecision-system relevanceevidence-ladder relevance

CS01

Forging Hammer Repair

Public Exafuse proof context

Migration-gated link

local wear repair

A credible hammer repair is not one hardness number. It requires surface preparation, crack context, layer strategy, finishing, bond quality, and release evidence.

This maps directly to the LMD Repairability Index and the Quality Evidence Ladder.

Decision pattern extracted

Local repair needs material, damage depth, machining route, and inspection plan.

This is a pattern, not a transfer of feasibility.

repairability relevanceevidence-ladder relevance

CS10

Nobufil Extrusion Screw Repair

Public Exafuse proof context

Migration-gated link

local crack context

Repair value often comes from a local failure with a large downtime risk. The damaged material must be removed before rebuilding, not hidden below new deposition.

This is a clean RFQ-intelligence example: damage boundary, lead time, machining route, and inspection context decide the recommendation.

Decision pattern extracted

Repair/RFQ quality depends on complete facts, downtime context, and service context.

This is a pattern, not a transfer of feasibility.

decision-system relevancerepairability relevance

CS13

130 mm Build-and-Coat Drill

Public Exafuse proof context

Migration-gated link

130 mm build-and-coat drill

LMD can combine geometry creation and functional surface strategy when material compatibility, coating duty, finishing, and validation are planned together.

This supports build-and-coat logic: geometry and surface function should be evaluated as one workflow.

Decision pattern extracted

Build-and-coat routes need geometry, surface function, material, finishing, and validation.

This is a pattern, not a transfer of feasibility.

decision-system relevanceevidence-ladder relevance

Public Exafuse context

Public industrial context

Exafuse homepageVerified production Exafuse route.OpenExafuse servicesVerified production Exafuse route.OpenExafuse metal additive manufacturingVerified production Exafuse route.OpenExafuse repair and modificationVerified production Exafuse route.OpenExafuse laser claddingVerified production Exafuse route.OpenExafuse technologyVerified production Exafuse route.OpenExafuse qualityVerified production Exafuse route.OpenExafuse materialsVerified production Exafuse route.OpenExafuse case studiesVerified production Exafuse route.OpenContact ExafuseCurrent target is a safe Exafuse production route while the exact deep link is verified.OpenRequest Exafuse reviewCurrent target is a safe Exafuse production route while the exact deep link is verified.OpenRequest Exafuse reviewCurrent target is a safe Exafuse production route while the exact deep link is verified.OpenContact ExafuseCurrent target is a safe Exafuse production route while the exact deep link is verified.OpenExafuse contactCommercial RFQ and company contact route.OpenContact ExafuseCurrent target is a safe Exafuse production route while the exact deep link is verified.OpenContact ExafuseCurrent target is a safe Exafuse production route while the exact deep link is verified.OpenContact ExafuseCurrent target is a safe Exafuse production route while the exact deep link is verified.OpenContact ExafuseCurrent target is a safe Exafuse production route while the exact deep link is verified.OpenContact ExafuseCurrent target is a safe Exafuse production route while the exact deep link is verified.OpenContact ExafuseCurrent target is a safe Exafuse production route while the exact deep link is verified.OpenContact ExafuseCurrent target is a safe Exafuse production route while the exact deep link is verified.OpenContact ExafuseCurrent target is a safe Exafuse production route while the exact deep link is verified.OpenContact ExafuseCurrent target is a safe Exafuse production route while the exact deep link is verified.Open

Public profile links

Verified public profiles